Stereoscopic warehouse shelves are storage devices that use steel structure systems as the main body and collaborate with intelligent management software to achieve three-dimensional utilization of storage space. They are the core carrier for the development of warehouses from flat storage to high-rise, and are widely used in fields such as mechanical manufacturing and electronics.
Its technical indicators include a height of up to 40 meters, a load-bearing capacity of 2 tons/pallet, and adaptability to automated handling equipment such as stacker cranes and AGV robots. Its evolution direction covers carbon fiber materials (reducing self weight by 40%), steel plastic composite columns, and AI algorithm scheduling (increasing efficiency by 25%). The shelving system consists of shelves, conveyors, control systems, etc. It is arranged in rows along the width direction of the warehouse and vertically layered to achieve pallet storage. The height of the shelves can be adjusted by hanging beams and columns. By optimizing storage strategies through modular architecture and IoT sensors, a 10 layer three-dimensional shelf can achieve a storage capacity of 39000 tons, increase inventory efficiency by 4-5 times, and increase flat utilization to 70% [3]. Compared to traditional warehouses, this system can increase storage capacity by 30% -50% and increase inventory turnover by over 40%.
Application scenarios cover pharmaceutical raw materials, hardware warehouses, and e-commerce sorting, integrating WMS/WCS systems to achieve "goods to people" picking and real-time inventory monitoring
Contact Now
